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Geocell is a kind of three-dimensional network structure shaped by high-strength HDPE (high density polyethylene) sheets through ultrasonic welding of high strength. Currently, it is widely used in construction, such as highway, railway, bridge, embankment, etc., the honeycomb grid can be filled with various materials provides a solution for erosion control, load support and earth retention projects.
|
Model |
Expanded Size (m) |
Height (mm) |
Welding distance (mm) |
Yield strength of cell (Mpa) |
Seam Peel strength (N) |
Thickness (Smooth or Textured) |
Perforated percentage |
|
TGLG50/400 |
5.7X6.22 |
50 |
330
400
500 |
≥20 |
≥500 |
Smooth sheet: 1,1.2,1.5,2mm
Textured sheet: 1.2,1.7,2mm |
15%, 20%, 40%, 60%, 80% |
|
TGLG75/400 |
5.7X6.22 |
75 |
≥750 |
||||
|
TGLG100/400 |
5.7X6.22 |
100 |
≥1000 |
||||
|
TGLG150/400 |
5.7X6.22 |
150 |
≥1500 |
||||
|
TGLG200/400 |
5.7X6.22 |
200 |
≥2000 |
||||
|
TGLG240/400 |
5.7X6.22 |
240 |
≥2400 |
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• Heavy, light or industrial vehicles • Base Reduction
• Improved Entrance Over Poor Soil • Offers Increased Longevity
• Protection of Tree Roots • Highways
• Firing Range Walls • Gun Clubs
• Ballistics Protection • Blast Protection
• Vehicle Barriers • De-watering Filters
• Force Protection • Sediment Pond Berms
• Check Dams • Sediment Trap Filter Berms
• Filter Screens For Pond Spillways • Erosion control on slopes and channels
Geocell Advantages: Transformative Solutions for Sustainable Infrastructure
1. Structural Superiority
Engineered with cutting-edge cellular confinement technology, our geocells deliver unparalleled performance:
3D Tensile Strength: Patented honeycomb structure increases load-bearing capacity by 300% versus loose aggregate systems
Stress Distribution: Reduces vertical pressure transmission by 50-70% through lateral load dispersion
Dynamic Stability: Maintains structural integrity under cyclic loading (tested to 1 million cycles at 10Hz frequency)
2. Erosion Mastery
Advanced cellular design combats nature's forces:
Slope Protection: Stabilizes 1:1 to 2:1 gradients (up to 70°) without external anchoring
Water Flow Resistance: Withstands 8m/s flow velocity in channel applications
Sediment Retention: Captures 95%+ particulate matter during storm events
3. Cost-Efficient Engineering
Revolutionizes project economics:
Material Optimization: Requires 40-60% less infill material compared to traditional methods
Rapid Deployment: Modular system installs 3X faster than concrete alternatives (up to 1,000m²/day)
Low Maintenance: Eliminates recurring repair costs with 50+ year design life
4. Environmental Stewardship
Sustainable solutions for green construction:
100% Recyclable: Manufactured from post-industrial HDPE/PET polymers
Biocompatible: NSF 61 certified for potable water contact
Ecosystem Integration: Permeable structure promotes natural vegetation growth (85%+ plant coverage in 12 months)
5. Extreme Environment Performance
Engineered for global challenges:
Thermal Resilience: Maintains flexibility from -50°C to +120°C
Chemical Resistance: Impervious to hydrocarbons, acids (pH 1-14), and saline solutions
UV Stability: Carbon-black enhanced formulation guarantees <3% degradation over 25 years
6. Smart System Integration
Future-ready design features:
Modular Connectivity: Interlocking panels allow seamless expansion/contraction
Sensor Compatibility: Prepares for IoT integration with embedded sensor channels
Custom Configurations: Available in 8 cell sizes (75mm-300mm) and 6 colors
1. Clay soils
Clay soils are composed of smaller, tightly packed particles that generally hold water better than sandy or loamy soils. Because of their dense structure, they are often more stable, but can be difficult to excavate or construct on. Installing geocell in clay soils can improve their stability and compressive strength, making them more suitable for construction and other applications.
2. Sandy soils
Sandy soils, on the other hand, are composed of larger grains that allow water to flow through easily. The soil particles are looser, which can make it difficult to stabilize and even transport them. Installing geocell in sandy soils can help improve their load bearing capacity, reduce erosion, and prevent soil migration. The cellular confinement provided by geocells ensures that the soil particles stay in place and do not move around.
3. Gravelly soils
Gravelly soils have a high percentage of coarse fragments and little or no fine material. They can be challenging to stabilize, as the loose particles do not provide enough support. Installing geocell in gravelly soils can improve their stability and provide a solid foundation for construction or other heavy loads.
4. Organic soils
Organic soils are made up of decomposed plant material, such as peat or muck. These soils are often weak and compressible, which can lead to structural instability and foundation failure. Installing geocell in organic soils can increase their shear strength and compressive modulus, providing a stable foundation for construction and other applications.
5. Silty soils
Silty soils are composed of medium-sized particles that fall between clay and sand in size. They can be cohesive or non-cohesive, depending on the amount of clay present. Installing geocell in silty soils can help improve their shear strength and reduce their susceptibility to erosion and other forms of soil degradation.
In conclusion, geocell technology has a wide range of applications, and can be used in a variety of soil types to improve stability and load-bearing capacity. Whether you are working with clay, sand, gravel, organic, or silty soils, installing geocell can provide a cost-effective, durable solution to soil stabilization problems. By choosing the right type of geocell and installation method, you can ensure that your project is built on a solid foundation that will stand the test of time.
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